Optical materials

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Researchers have predicted the existence of tiny picophotonic waves that can propagate in semiconductors like silicon.

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Researchers have developed a scanning probe microscope that uilizes terahertz waves and used it to study a perovskite material for solar cells.

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Researchers have discovered how the electronic properties of the photoelectrode bismuth vanadate change when it gets wet.

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Researchers used various optical techniques to investigate the unusual superconductivity of a recently discovered family of kagome metals.

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Researchers have developed a method for getting quantum dots to self-assemble into a highly conductive optoelectronic metamaterial.

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metamaterial based on liquid-crystal elastomers can change its mechanical properties in response to light

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Using a novel form of electron microscopy, researchers have directly visualized the photocarrier transport properties of cubic boron arsenide.

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Using 2D semiconductors, researchers have developed an optical spectrometer small enough to fit on a microchip.

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A new class of carbide materials is capable of producing tunable plasmonic properties while withstanding incredibly high temperatures.

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Researchers have developed a solid-state ‘twisted’ crystalline layered material that can give rise to tiny light-emitting points called color centers.

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